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Systems Engineering

• The primary members of QED Systems, LLC have a broad background in a variety of Systems Engineering projects in support of our US Army customers.
• Specific recent applicable experience includes:
  
  • Support to CERDEC IW2D in the system design, development, testing, CTSF Certification, PDR/CDR, and fielding of DCGS-A V3.
  • Direct support to PM DCGS-A Program Office related to the emerging DCGS-A Mobile Basic system.
  • Systems Engineering, Integration, Analysis and Test Related support provided to FCS PM (BCT) NSI, Office of the Chief Engineer, Network Analysis & Integration Lab (NAIL).
  • On-going support of CERDEC C2D ATO concepts and ASA (AL&T) Unified Battle Command development efforts.
  • Advanced POS/NAV.

Laboratory & Field Instrumentation, Data Collection, Reduction, & Analysis (DCRA)

• On-going support to the Aberdeen Proving Ground, Aberdeen Test Center (ATC) requirements definition and field testing associated with the emerging uADMAS/ADMAS and VISION Data Collection, Reduction, and Analysis (DCRA) tools – this activity has included direct support to DCRA deployments to PM C4ISR On-the-Move Fort Dix and the Air Assault Expeditionary Forces (AAEF) experiments at Fort Benning, GA.
• The Data Collection and Analysis Tool (DCAT2) in wide use by a variety of US Govt. RDT&E activities (largely used since 2001 by the CERDEC PM C4ISR OTM) was conceived of and created by members of the QED Systems, LLC team.
• On-going general support to FCS PM (BCT) NSI NAIL field trials and experimentation both in the Laboratory at Bldg 2705 Fort Monmouth and in the field at PM C4ISR OTM, Fort Dix, NJ.
• Extensive background in the creation of databases and tools to process, reduce, extract, and present network performance related data in a time synchronized distributed data collection environment.

Modeling & Simulation

• Experience in the deployment of OneSAF at a scale large enough to support Brigade size activities and integration of OneSAF into laboratory environment.
• On-going experience in the configuration and deployment of Scalable Network Technology’s Qualnet tool in the form of the Communications Effects Server – a scalable communications effects model hosted on a high performance Linux-cluster environment.
• QED Systems, LLC personnel are the original authors of a complex physics-based M&S application known as the “Sensor Effects Model (SEM).” SEM is a suite of sensor and sensor data fusion models appropriate for supporting live/virtual C4ISR related experimentation/test.

Analytical Support

• Extensive background in the data reduction and analysis tools related to distributed data collection and data processing – especially adept in the area of clock modeling, time synchronization, and data network performance analysis (e.g.; packet/message latencies through the network, packet/message completion rates, traffic characterization, etc.)
• Creation of data products and methodologies to expose the performance metrics of complex systems of systems is one of our specialties.